Ocean Extrusions Pvt Ltd / Posts

The designs of the machinery are optimized based on invaluable feedback from experienced plastic recycling professionals. Each piece of component is meant for better and safer user experience and efficient production. We have sold equipment to domestic and international companies in the Plastic Industry.

The products we offer are provided are as per the exact requirements of our prestigious patrons. We also offer our products in accordance with the global quality standard and guidelines. so as to provide comfort and convenience to our clients. Due to our team of experienced professionals, ethical business policies and transparency in business dealings, we have gained confidence of numerous customers across the country.

We have one of the largest manufacturing units of these products in India and are acclaimed for quality of our products. Our products are manufactured using premium quality hand plucked natural products. The diversified clientele around the world is the proof of quality and satisfactory products.

OCEAN EXTRUSIONS PVT. LTD., introduces a line capable of sorting, grinding, washing and cleaning with drying post consumer plastic waste. The end use of the plastic waste is supposed to be either in the field of injection molding textile fiber, monofilament or sheet with different thickness for thermoforming. The complete line is for an accurate clearing of plastic material specially suited for LLDPE, LDPE, PP, HM, Etc.

OEPL Washing line are build with the best materials for less wearing of the bodies of the machine and consequentially less maintenance and less lost in time. Also the experience of OEPL has developed with a better price.

The LD PP HM film washing line is used to crush, wash and dry the waste plastic PE/PP films, for example, package films, Agricultural films, plastic mulch, plastic films bags and woven bags.

By the processing of film washing line, the dirties such as sands, soil and mud can be washed out well. And the clean films can be used for plastic pelletizing directly.

1, high working efficiency, less energy consumption; high automation, less man power.

2, heavy crusher with 10pcs rotary blades efficient cutting

3, By multiple friction washing and rinsing washing, the dirty such oil contamination and mud can be washed out fully.

6, the rinsing tank, screw feeders, pipelines are made of stainless steel.

At present, we have the standard models with capacities from 200kg/hr to 1000kg/hr for the plastic pe/pp film washing line, But the final proposal maybe some different because of the different materials conditions.

The designs of the machinery are optimized based on invaluable feedback from experienced plastic recycling professionals. Each piece of component is meant for better and safer user experience and efficient production. We have sold equipment to domestic and international companies in the Plastic Industry.

The products we offer are provided are as per the exact requirements of our prestigious patrons. We also offer our products in accordance with the global quality standard and guidelines. so as to provide comfort and convenience to our clients. Due to our team of experienced professionals, ethical business policies and transparency in business dealings, we have gained confidence of numerous customers across the country.

We have one of the largest manufacturing units of these products in India and are acclaimed for quality of our products. Our products are manufactured using premium quality hand plucked natural products. The diversified clientele around the world is the proof of quality and satisfactory products.

Ocean Extrusions Pvt Ltd introduces a line capable of sorting, grinding, washing and cleaning with drying post consumer plastic waste. The end use of the plastic waste is supposed to be either in the field of injection molding textile fiber, monofilament or sheet with different thickness for thermoforming. The complete line is for an accurate clearing of plastic material specially suited for PET material Bottles Etc.

OI’s washing line are build with the best materials for less wearing of the bodies of the machine and consequentially less maintenance and less lost in time. Also the experience of OI has developed with a better price.

The PET Bottle washing line is used to crush, wash and dry the waste plastic Bottle,

By the processing of film washing line, the dirties such as sands, soil and mud can be washed out well. And the clean films can be used for plastic pelletizing directly.

1, high working efficiency, less energy consumption; high automation, less man power.

2, heavy crusher with 10pcs rotary blades efficient cutting

3, By multiple friction washing and rinsing washing, the dirty such oil contamination and mud can be washed out fully.

6, the rinsing tank, screw feeders, pipelines are made of stainless steel.

At present, we have the standard models with capacities from 200kg/hr to 1000kg/hr for the Plastic Bottle Washing Line, But the final proposal maybe some different because of the different materials conditions.

Cast films produced on chill roll lines have become an indispensable product in the packaging industry. They provide versatile and high-quality options for safe and economic packaging of products. To manufacture multi-ply packaging materials of 15 to 150 microns thickness, such as Stretch films, Cling films, Barrier films, Masking films, CPP films and Blister films.

The Extrusion Cast Sheet Line process is gaining increased popularity and enjoying sustained growth worldwide. New lines are being installed in a significant number and the market segments penetrated by this technology are on the rise. This article identifies the main components of a cast extrusion line and presents the fundamental aspects that require consideration when approaching cast film technology.

Applications:

Cast films are used for food and textiles packaging, flower wrapping, as photo album page protectors, as coating substrates in extrusion coating processes or laminated to other materials in the formation of more complex films, among others. Typically, the cast film process involves the use of coextrusion, which is a simultaneous extrusion of two or more materials from a single die to form a multi-layered film. This is because in many cases the final application of the plastic film demands a performance that cannot be achieved if the film is composed of only one material. For example, in many instances food packaging applications require the use of films with oxygen barrier capabilities. To meet the requirement a high oxygen barrier material like EVOH is combined with polyolefin materials in a multi-layered structure. Coextruded films typically contain up to seven layers; however, the use of more layers is becoming more common. The number of layers, their position in the coextrudate and their individual thickness are all variables that change depending on the particular application of the film.

Benefits/Limitations of Cast Film Extrusion Machine

Unlike the blown film process, the cooling of the film with cast extrusion is highly efficient. This allows for higher production line speeds resulting in higher production rates with superior optical properties of the product. The degree of draw and orientation is significantly lower in the cast film process than in the blown film process. This is the reason why the thickness distribution

in the machine cross direction is more uniform with cast processes (with variations that could be as low as ± 1.5%)

In cast extrusion the edges of the film are trimmed due to dimensional irregularities and/or poor layer distribution. As a result, the process can be negatively affected if the trimmed material cannot be recycled. Recent flat die system technology has minimized this problem by significantly reducing the amount of wasted material in coextrusion processes. This subject will be covered to some extent in a subsequent sectionThe table below shows the specifications of these coextruded films. In the structures, EVOH is used to provide the oxygen barrier, the presence of PP as a skin layer facilitates the thermoformability of the film, and the PE used as a skin layer acts as a heat-sealing material. Combining PVdC with EVOH is an effective way to address the potential loss of oxygen barrier capabilities experienced by the EVOH when exposed to moisture like in the case of meat packaging. Nylon material is used in combination with EVOH to provide added barrier when the film is to be thermoformed and the rigidity of the EVOH limits the thickness of the EVOH layer.

3. Finished Products of PE Cast Film Machine
The finished product of this machine is called stretch film, cast stretch film, cling film in different countries. It is a very good kind of packaging material mostly used in the industrial field, port pallet packaging, , building material packaging, hardware packaging etc. It enjoys the following advantages:
Good tensile strength
Superior anti-pricking ability
High transparency
Good ductility and anti-impact strength
Stable sticky sides etc.

4. Outstanding Features of Stretch Cling Film Machine
Higher output with stable quality stretch film, superior than the same suppliers more than 30%.
Higher speed with good ideal tensil and anti-pricking stretch film, which make sure the machine make big output.
Good water cooling effect and imported die steel to ensure making even and good ductility stretch film.
Swing system installed to adjust the film thickness and evenness.
The alloy screw adopts special mixing function and high plasticizing design which combine import static mixer to ensure plasticization is great, color is uniform and increase extrusion capacity greatly.
PLC controlled, fully automatic.

We “Ocean Extrusions Pvt. Ltd.” are a recognized manufacturer and supplier of an exclusive array of PP-TQ Blown Film Plant. This plant is provided with variable screw diameters. It is manufactured under the supervision of skilled technocrats using high quality components as per the international quality standards. The offered PP-TQ Blown Film Plant is known for giving excellent output. It is very simple to operate & maintain and is offered at market leading prices.

Polypropylene is a popular ingredient that is applied to produce transparent and light weight packaging films. PP –TQ blown film plant can be chosen with moderate to higher production capacity. PP-TQ blown film line is used in majority in textile and food industries in majority. PP-TQ blown film machine is equipped with suitable components including latest gear box and motor for reducing power consumption and increasing the production capacity as well.

We feel proud to introduce ourselves as the leading manufacturer and supplier of premium class range of PP Blown Film Plant. The plants we engineer at our end are fabricated as per the defined industry standards and norms, making use of finest grade metals, components and materials. Clients demand these plants for their robust construction, rust proof finishing and longer functionality.

Advantages of PP Tubing Film Plant

Low Capital

Low Space Requirement

Lower Operating Cost

Less Demanding Operating Skills

Ease in Changing the Width/Thickness of Film

Tubular film is an added Advantage in Manufacturing of Pouches/Bags

Soft in Feel

Lower Sealing Temperature

Good dart impact and tear Strength

Good Process ability

High melt Strength

Good Gloss and Clarity

Lower melting Temperature, Hence Lower Processing Conditions

Lower Sealing Temperatures

Better Sealing Characteristics

Better Mechanical Properties

Typical Applications:

Packaging of Textiles / Food / Other Commodities Liners

Carry Bags

Lamination Films (See-Through Pouch)

Packaging on Form Fill Seal (FFS) Machines

Stationery Items (Photo Albums /Document Holders)

Garment & Textile Packing

Hosiery Product Packing

Backery Product Packing

Vegetable & Fruit Packing

plastic recycling machine

OPTIONAL ATTACHMENTS:

Hopper Loader

Hopper Loader With Dryer

Continues Die Rotation

Corona Treated

Safety Chucks

Air Shaft

Tapper Tension Controller

Bimetallic Screw & Barrel Set

Melt Pressure Indicator

Features:

Optimum product costing due to high productivity with less power consumption

This plastic reprocess Plant is used to process PET and polyethylene plastic waste to recover the scraps and byproducts at the end of plastic fabrication

PET reprocess plant and PE reprocess plant are the two extrusion machineries with plastic extruder are widely used in plastic extrusion process

Reducing plastic wastes by recycling process is a great help to save environment

There are list of re process plant than can be chosen from and P P or H D P E reprocess machine is one among the best choices

P P or H D P E reprocess plant can be fed with plastic and raffia wastes and this plastic reprocess machinery stays a cost effective solution that can be applied to make quality ropes, molded components and yarns

This equipment is compatible to accept ingredients including B O P P waste H D P E wastes and polypropylene residues as well

The Machine Production Capacity is 100 Kilograms to 200 Kilograms with Different types of Models

Blown film extrusion is a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

The Film Blowing Process

Typically, blown film extrusion is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.

Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.

The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .

After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

Advantages

Blown film generally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Blown film extrusion can be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

Disadvantages

Blown film has a less effective cooling process than flat film. Flat film cooling is done by means of chill rolls or water., which have significantly higher specific heat capacities than the air that is used in the blown film cooling process. The higher specific heat capacity allows the substance to absorb more heat with less change in the substance temperature. Compared to cast film, blown film has a more complicated and less accurate method to control film thickness; cast film has a thickness variation of 1 to 2% versus the 3 to 4% for blown film. The resins used for casting typically have a lower melt flow index, which is the amount of polymer that can be forced through a standard die in 10 minutes according to a standard procedure. The melt flow index for cast film is about 5.0 g/10 min where as for blown film it is about 1.0 g/10 min. Consequently, the production rates for cast film are higher: cast film lines can reach production rates of up to 300m/min where as blown film lines are usually less than half this value. And finally, cast film has better optical properties, including transparency , haze, and gloss.

Applications

Consumer food wrap from plastic wrap article.

Agricultural film

Bags

Industry packaging, shrink film , stretch film

Consumer packaging, food wrap, transport packaging ( Figure )

Laminating film

Barrier film

Multilayer film

Research has been done to explore the incorporation of blown film extrusion into the large-scale manufacturing of carbon nanotube and nanowire films.

Plastic Waste Recycling Plant is the process of recovering scrap or waste PLASTIC and reprocessing the material into useful products. This helps to reduce the high rates of plastic pollution.

Plastic Waste Recycling Plant includes taking any type of plastic sorting it into different Ocean Extrusions Pvt. Ltd., and then chipping it and then melting it down into pellets after this stage it can then be used to make items of any kind such as plastic chairs and tables. Soft Plastics are also recycled such as polyethylene film and bags.

Another barrier to recycling is the widespread use of dyes, fillers , and other additives in plastics. The Ocean Extrusions Pvt. Ltd., is generally too viscous to economically remove fillers, and would be damaged by many of the processes that could cheaply remove the added dyes. Additives are less widely used in beverage containers and plastic bags , allowing them to be recycled more often.

The percentage of plastic that can be fully recycled, rather than down cycled or go to waste can be increased when manufacturers of packaged goods minimize mixing of packaging materials and eliminate contaminants. The Association of Plastics Recyclers have issued a Design Guide for Recyclability.

The use of biodegradable plastic is increasing.

Other processes

A process has also been developed in which many kinds of plastic can be used as a carbon source in the recycling of scrap steel. There is also a possibility of mixed recycling of different plastics, which does not require their separation. It is called Compatibiization and requires use of special chemical bridging agents compatibilizers. It can help to keep the quality of recycled material and to skip often expensive and inefficient preliminary scanning of waste plastics streams and their separation/purification.

Plastic Waste Recycling Plant is the process of recovering scrap or waste PLASTIC and reprocessing the material into useful products. This helps to reduce the high rates of plastic pollution.

Plastic Waste Recycling Plant includes taking any type of plastic sorting it into different Ocean Extrusions Pvt. Ltd., and then chipping it and then melting it down into pellets after this stage it can then be used to make items of any kind such as plastic chairs and tables. Soft Plastics are also recycled such as polyethylene film and bags.

Another barrier to recycling is the widespread use of dyes, fillers , and other additives in plastics. The Ocean Extrusions Pvt. Ltd., is generally too viscous to economically remove fillers, and would be damaged by many of the processes that could cheaply remove the added dyes. Additives are less widely used in beverage containers and plastic bags , allowing them to be recycled more often.

The percentage of plastic that can be fully recycled, rather than down cycled or go to waste can be increased when manufacturers of packaged goods minimize mixing of packaging materials and eliminate contaminants. The Association of Plastics Recyclers have issued a Design Guide for Recyclability.

The use of biodegradable plastic is increasing.

Other processes

A process has also been developed in which many kinds of plastic can be used as a carbon source in the recycling of scrap steel. There is also a possibility of mixed recycling of different plastics, which does not require their separation. It is called Compatibiization and requires use of special chemical bridging agents compatibilizers. It can help to keep the quality of recycled material and to skip often expensive and inefficient preliminary scanning of waste plastics streams and their separation/purification.

Plastic Waste Recycling Plant is the process of recovering scrap or waste PLASTIC and reprocessing the material into useful products. This helps to reduce the high rates of plastic pollution.

Plastic Waste Recycling Plant includes taking any type of plastic sorting it into different Ocean Extrusions Pvt. Ltd., and then chipping it and then melting it down into pellets after this stage it can then be used to make items of any kind such as plastic chairs and tables. Soft Plastics are also recycled such as polyethylene film and bags.

Another barrier to recycling is the widespread use of dyes, fillers , and other additives in plastics. The Ocean Extrusions Pvt. Ltd., is generally too viscous to economically remove fillers, and would be damaged by many of the processes that could cheaply remove the added dyes. Additives are less widely used in beverage containers and plastic bags , allowing them to be recycled more often.

The percentage of plastic that can be fully recycled, rather than down cycled or go to waste can be increased when manufacturers of packaged goods minimize mixing of packaging materials and eliminate contaminants. The Association of Plastics Recyclers have issued a Design Guide for Recyclability.

The use of biodegradable plastic is increasing.

Other processes

A process has also been developed in which many kinds of plastic can be used as a carbon source in the recycling of scrap steel. There is also a possibility of mixed recycling of different plastics, which does not require their separation. It is called Compatibiization and requires use of special chemical bridging agents compatibilizers. It can help to keep the quality of recycled material and to skip often expensive and inefficient preliminary scanning of waste plastics streams and their separation/purification.

Plastic Waste Recycling Plant is the process of recovering scrap or waste PLASTIC and reprocessing the material into useful products. This helps to reduce the high rates of plastic pollution.

Plastic Waste Recycling Plant includes taking any type of plastic sorting it into different Ocean Extrusions Pvt. Ltd., and then chipping it and then melting it down into pellets after this stage it can then be used to make items of any kind such as plastic chairs and tables. Soft Plastics are also recycled such as polyethylene film and bags.

Another barrier to recycling is the widespread use of dyes, fillers , and other additives in plastics. The Ocean Extrusions Pvt. Ltd., is generally too viscous to economically remove fillers, and would be damaged by many of the processes that could cheaply remove the added dyes. Additives are less widely used in beverage containers and plastic bags , allowing them to be recycled more often.

The percentage of plastic that can be fully recycled, rather than down cycled or go to waste can be increased when manufacturers of packaged goods minimize mixing of packaging materials and eliminate contaminants. The Association of Plastics Recyclers have issued a Design Guide for Recyclability.

The use of biodegradable plastic is increasing.

Other processes

A process has also been developed in which many kinds of plastic can be used as a carbon source in the recycling of scrap steel. There is also a possibility of mixed recycling of different plastics, which does not require their separation. It is called Compatibiization and requires use of special chemical bridging agents compatibilizers. It can help to keep the quality of recycled material and to skip often expensive and inefficient preliminary scanning of waste plastics streams and their separation/purification.

Plastic Waste Recycling Plant is the process of recovering scrap or waste PLASTIC and reprocessing the material into useful products. This helps to reduce the high rates of plastic pollution.

Plastic Waste Recycling Plant includes taking any type of plastic sorting it into different Ocean Extrusions Pvt. Ltd., and then chipping it and then melting it down into pellets after this stage it can then be used to make items of any kind such as plastic chairs and tables. Soft Plastics are also recycled such as polyethylene film and bags.

Another barrier to recycling is the widespread use of dyes, fillers , and other additives in plastics. The Ocean Extrusions Pvt. Ltd., is generally too viscous to economically remove fillers, and would be damaged by many of the processes that could cheaply remove the added dyes. Additives are less widely used in beverage containers and plastic bags , allowing them to be recycled more often.

The percentage of plastic that can be fully recycled, rather than down cycled or go to waste can be increased when manufacturers of packaged goods minimize mixing of packaging materials and eliminate contaminants. The Association of Plastics Recyclers have issued a Design Guide for Recyclability.

The use of biodegradable plastic is increasing.

Other processes

A process has also been developed in which many kinds of plastic can be used as a carbon source in the recycling of scrap steel. There is also a possibility of mixed recycling of different plastics, which does not require their separation. It is called Compatibiization and requires use of special chemical bridging agents compatibilizers. It can help to keep the quality of recycled material and to skip often expensive and inefficient preliminary scanning of waste plastics streams and their separation/purification.

Plastic Waste Recycling Plant is the process of recovering scrap or waste PLASTIC and reprocessing the material into useful products. This helps to reduce the high rates of plastic pollution.

Plastic Waste Recycling Plant includes taking any type of plastic sorting it into different Ocean Extrusions Pvt. Ltd., and then chipping it and then melting it down into pellets after this stage it can then be used to make items of any kind such as plastic chairs and tables. Soft Plastics are also recycled such as polyethylene film and bags.

Another barrier to recycling is the widespread use of dyes, fillers , and other additives in plastics. The Ocean Extrusions Pvt. Ltd., is generally too viscous to economically remove fillers, and would be damaged by many of the processes that could cheaply remove the added dyes. Additives are less widely used in beverage containers and plastic bags , allowing them to be recycled more often.

The percentage of plastic that can be fully recycled, rather than down cycled or go to waste can be increased when manufacturers of packaged goods minimize mixing of packaging materials and eliminate contaminants. The Association of Plastics Recyclers have issued a Design Guide for Recyclability.

The use of biodegradable plastic is increasing.

Other processes

A process has also been developed in which many kinds of plastic can be used as a carbon source in the recycling of scrap steel. There is also a possibility of mixed recycling of different plastics, which does not require their separation. It is called Compatibiization and requires use of special chemical bridging agents compatibilizers. It can help to keep the quality of recycled material and to skip often expensive and inefficient preliminary scanning of waste plastics streams and their separation/purification.

Plastic Waste Recycling Plant is the process of recovering scrap or waste PLASTIC and reprocessing the material into useful products. This helps to reduce the high rates of plastic pollution.

Plastic Waste Recycling Plant includes taking any type of plastic sorting it into different Ocean Extrusions Pvt. Ltd., and then chipping it and then melting it down into pellets after this stage it can then be used to make items of any kind such as plastic chairs and tables. Soft Plastics are also recycled such as polyethylene film and bags.

Another barrier to recycling is the widespread use of dyes, fillers , and other additives in plastics. The Ocean Extrusions Pvt. Ltd., is generally too viscous to economically remove fillers, and would be damaged by many of the processes that could cheaply remove the added dyes. Additives are less widely used in beverage containers and plastic bags , allowing them to be recycled more often.

The percentage of plastic that can be fully recycled, rather than down cycled or go to waste can be increased when manufacturers of packaged goods minimize mixing of packaging materials and eliminate contaminants. The Association of Plastics Recyclers have issued a Design Guide for Recyclability.

The use of biodegradable plastic is increasing.

Other processes

A process has also been developed in which many kinds of plastic can be used as a carbon source in the recycling of scrap steel. There is also a possibility of mixed recycling of different plastics, which does not require their separation. It is called Compatibiization and requires use of special chemical bridging agents compatibilizers. It can help to keep the quality of recycled material and to skip often expensive and inefficient preliminary scanning of waste plastics streams and their separation/purification.

Plastic Waste Recycling Plant is the process of recovering scrap or waste PLASTIC and reprocessing the material into useful products. This helps to reduce the high rates of plastic pollution.

Plastic Waste Recycling Plant includes taking any type of plastic sorting it into different Ocean Extrusions Pvt. Ltd., and then chipping it and then melting it down into pellets after this stage it can then be used to make items of any kind such as plastic chairs and tables. Soft Plastics are also recycled such as polyethylene film and bags.

Another barrier to recycling is the widespread use of dyes, fillers , and other additives in plastics. The Ocean Extrusions Pvt. Ltd., is generally too viscous to economically remove fillers, and would be damaged by many of the processes that could cheaply remove the added dyes. Additives are less widely used in beverage containers and plastic bags , allowing them to be recycled more often.

The percentage of plastic that can be fully recycled, rather than down cycled or go to waste can be increased when manufacturers of packaged goods minimize mixing of packaging materials and eliminate contaminants. The Association of Plastics Recyclers have issued a Design Guide for Recyclability.

The use of biodegradable plastic is increasing.

Other processes

A process has also been developed in which many kinds of plastic can be used as a carbon source in the recycling of scrap steel. There is also a possibility of mixed recycling of different plastics, which does not require their separation. It is called Compatibiization and requires use of special chemical bridging agents compatibilizers. It can help to keep the quality of recycled material and to skip often expensive and inefficient preliminary scanning of waste plastics streams and their separation/purification.

Plastic Waste Recycling Plant is the process of recovering scrap or waste PLASTIC and reprocessing the material into useful products. This helps to reduce the high rates of plastic pollution.

Plastic Waste Recycling Plant includes taking any type of plastic sorting it into different Ocean Extrusions Pvt. Ltd., and then chipping it and then melting it down into pellets after this stage it can then be used to make items of any kind such as plastic chairs and tables. Soft Plastics are also recycled such as polyethylene film and bags.

Another barrier to recycling is the widespread use of dyes, fillers , and other additives in plastics. The Ocean Extrusions Pvt. Ltd., is generally too viscous to economically remove fillers, and would be damaged by many of the processes that could cheaply remove the added dyes. Additives are less widely used in beverage containers and plastic bags , allowing them to be recycled more often.

The percentage of plastic that can be fully recycled, rather than down cycled or go to waste can be increased when manufacturers of packaged goods minimize mixing of packaging materials and eliminate contaminants. The Association of Plastics Recyclers have issued a Design Guide for Recyclability.

The use of biodegradable plastic is increasing.

Other processes

A process has also been developed in which many kinds of plastic can be used as a carbon source in the recycling of scrap steel. There is also a possibility of mixed recycling of different plastics, which does not require their separation. It is called Compatibiization and requires use of special chemical bridging agents compatibilizers. It can help to keep the quality of recycled material and to skip often expensive and inefficient preliminary scanning of waste plastics streams and their separation/purification.

Plastic Waste Recycling Plant is the process of recovering scrap or waste PLASTIC and reprocessing the material into useful products. This helps to reduce the high rates of plastic pollution.

Plastic Waste Recycling Plant includes taking any type of plastic sorting it into different Ocean Extrusions Pvt. Ltd., and then chipping it and then melting it down into pellets after this stage it can then be used to make items of any kind such as plastic chairs and tables. Soft Plastics are also recycled such as polyethylene film and bags.

Another barrier to recycling is the widespread use of dyes, fillers , and other additives in plastics. The Ocean Extrusions Pvt. Ltd., is generally too viscous to economically remove fillers, and would be damaged by many of the processes that could cheaply remove the added dyes. Additives are less widely used in beverage containers and plastic bags , allowing them to be recycled more often.

The percentage of plastic that can be fully recycled, rather than down cycled or go to waste can be increased when manufacturers of packaged goods minimize mixing of packaging materials and eliminate contaminants. The Association of Plastics Recyclers have issued a Design Guide for Recyclability.

The use of biodegradable plastic is increasing.

Other processes

A process has also been developed in which many kinds of plastic can be used as a carbon source in the recycling of scrap steel. There is also a possibility of mixed recycling of different plastics, which does not require their separation. It is called Compatibiization and requires use of special chemical bridging agents compatibilizers. It can help to keep the quality of recycled material and to skip often expensive and inefficient preliminary scanning of waste plastics streams and their separation/purification.

Biodegradable Bag Making Machine in AhmedabadBiodegradable Bag Making Machine in Ahmedabad IndiaBiodegradable Bag Making Machine in Ahmedabad PlantBiodegradable Bag Making Machine in Ahmedabad LineBiodegradable Bag Making Machine in Ahmedabad UnitBiodegradable Bag Making Machine in Ahmedabad ExportBiodegradable Bag Making Machine in Ahmedabad ManufacturerBiodegradable Bag Making Machine in Ahmedabad on GoogleBiodegradable Bag Making Machine in Ahmedabad on YoutubeBiodegradable Bag Making Machine in Ahmedabad on twitterBiodegradable Bag Making Machine in Ahmedabad on FacebookBiodegradable Bag Making Machine in Ahmedabad Manufacturer PlantBiodegradable Bag Making Machine in Ahmedabad Manufactutrer LineBiodegradable Bag Making Machine in Ahmedabad Manufacturer Ocean Extrusions Pvt. Ltd.,

Biodegradable Bag Making Machine in AhmedabadBiodegradable Bag Making Machine in Ahmedabad is defined as the process in which two or more plastic materials are extruded through a single die. In this process, two or more orifices are arranged in such a manner that the conjoint merging and welding of the extrudates takes place and before chilling, a laminar structure forms. In Biodegradable Bag Making Machine in Ahmedabad, a separate extruder is used to fed every material to the die but the orifices can be arranged in such a manner that each extruder provides two or more plies of the same material.

Feature of Biodegradable Bag Making Machine in Ahmedabad :-Biodegradable Bag Making Machine in Ahmedabad, an excellent solution for maximum cost-effectiveness, provides following benefits:
Increasing flexibility and shortening production schedule, particularly for special formulations.
High throughput.
Reducing operating costs thanks to less power, fewer operating resources and less maintenance.
Use of more favourably priced raw materials instead of finished compounds, lessing capital tied up in materials.
Increasing number of potential raw material suppliers.
Lower production cost.

For this process, OEPL must have similar melt viscosities to sustain a laminar flow. All the viscosity differences may be more or less tolerable, according to the material location inside the composite structure along with the layer’s thinness
Minor differences in physical properties are responsible for making a combination desirable, but these differences are also responsible for making the combination incompatible

Advantages Of Biodegradable Bag Making Machine in Ahmedabad :-According to various internationally established and popular companies that are using the co-extrusion process continuously in their production procedures, there are a number of advantages of this process. Some of these advantages are listed below:
High quality mono-layer extrusion coatings in larger varieties of line speeds and widths
Use of lower cost materials for filling purpose, assists in saving on the amount of qualitative resins
Capability of making multi-layer as well as multi-functional structures that too in a single pass
Reduction in the number of steps required in general extrusion process
Provides targeted performance with the use of definite polymers in particular layers
Reduction in setup and trim scrap
Potential for use of a recycle layer

Biodegradable Bag Making Machine IndiaBiodegradable Bag Making Machine India is defined as the process in which two or more plastic materials are extruded through a single die. In this process, two or more orifices are arranged in such a manner that the conjoint merging and welding of the extrudates takes place and before chilling, a laminar structure forms. In Biodegradable Bag Making Machine India, a separate extruder is used to fed every material to the die but the orifices can be arranged in such a manner that each extruder provides two or more plies of the same material.

Feature of Biodegradable Bag Making Machine India :-
Biodegradable Bag Making Machine India, an excellent solution for maximum cost-effectiveness, provides following benefits:
Increasing flexibility and shortening production schedule, particularly for special formulations.
High throughput.
Reducing operating costs thanks to less power, fewer operating resources and less maintenance.
Use of more favourably priced raw materials instead of finished compounds, lessing capital tied up in materials.
Increasing number of potential raw material suppliers.
Lower production cost.

For this process, OEPL must have similar melt viscosities to sustain a laminar flow. All the viscosity differences may be more or less tolerable, according to the material location inside the composite structure along with the layer’s thinness
Minor differences in physical properties are responsible for making a combination desirable, but these differences are also responsible for making the combination incompatible

Advantages Of Biodegradable Bag Making Machine India :-

According to various internationally established and popular companies that are using the co-extrusion process continuously in their production procedures, there are a number of advantages of this process. Some of these advantages are listed below:

High quality mono-layer extrusion coatings in larger varieties of line speeds and widths

Use of lower cost materials for filling purpose, assists in saving on the amount of qualitative resins

Capability of making multi-layer as well as multi-functional structures that too in a single pass

Reduction in the number of steps required in general extrusion process

Provides targeted performance with the use of definite polymers in particular layers

Biodegradable Plastic Bag Making Machine is defined as the process in which two or more plastic materials are extruded through a single die. In this process, two or more orifices are arranged in such a manner that the conjoint merging and welding of the extrudates takes place and before chilling, a laminar structure forms. In Biodegradable Plastic Bag Making Machine, a separate extruder is used to fed every material to the die but the orifices can be arranged in such a manner that each extruder provides two or more plies of the same material.

Increasing flexibility and shortening production schedule, particularly for special formulations.

High throughput.

Reducing operating costs thanks to less power, fewer operating resources and less maintenance.

Use of more favourably priced raw materials instead of finished compounds, lessing capital tied up in materials.

Increasing number of potential raw material suppliers.

Lower production cost.

For this process, OEPL must have similar melt viscosities to sustain a laminar flow. All the viscosity differences may be more or less tolerable, according to the material location inside the composite structure along with the layer’s thinness

Minor differences in physical properties are responsible for making a combination desirable, but these differences are also responsible for making the combination incompatible

Advantages Of Biodegradable Plastic Bag Making Machine :-

According to various internationally established and popular companies that are using the co-extrusion process continuously in their production procedures, there are a number of advantages of this process. Some of these advantages are listed below:

High quality mono-layer extrusion coatings in larger varieties of line speeds and widths

Use of lower cost materials for filling purpose, assists in saving on the amount of qualitative resins

Capability of making multi-layer as well as multi-functional structures that too in a single pass

Reduction in the number of steps required in general extrusion process

Provides targeted performance with the use of definite polymers in particular layers

Biodegradable Plastic Bag Making Machine is defined as the process in which two or more plastic materials are extruded through a single die. In this process, two or more orifices are arranged in such a manner that the conjoint merging and welding of the extrudates takes place and before chilling, a laminar structure forms. In Biodegradable Plastic Bag Making Machine, a separate extruder is used to fed every material to the die but the orifices can be arranged in such a manner that each extruder provides two or more plies of the same material.

Increasing flexibility and shortening production schedule, particularly for special formulations.

High throughput.

Reducing operating costs thanks to less power, fewer operating resources and less maintenance.

Use of more favourably priced raw materials instead of finished compounds, lessing capital tied up in materials.

Increasing number of potential raw material suppliers.

Lower production cost.

For this process, OEPL must have similar melt viscosities to sustain a laminar flow. All the viscosity differences may be more or less tolerable, according to the material location inside the composite structure along with the layer’s thinness

Minor differences in physical properties are responsible for making a combination desirable, but these differences are also responsible for making the combination incompatible

Advantages Of Biodegradable Plastic Bag Making Machine :-

OEPL According to various internationally established and popular companies that are using the co-extrusion process continuously in their production procedures, there are a number of advantages of this process. Some of these advantages are listed below:

High quality mono-layer extrusion coatings in larger varieties of line speeds and widths

Use of lower cost materials for filling purpose, assists in saving on the amount of qualitative resins

Capability of making multi-layer as well as multi-functional structures that too in a single pass

Reduction in the number of steps required in general extrusion process

Provides targeted performance with the use of definite polymers in particular layers

Biodegradable Bag Making Machine Manufacturer is defined as the process in which two or more plastic materials are extruded through a single die. In this process, two or more orifices are arranged in such a manner that the conjoint merging and welding of the extrudates takes place and before chilling, a laminar structure forms. In Biodegradable Bag Making Machine Manufacturer, a separate extruder is used to fed every material to the die but the orifices can be arranged in such a manner that each extruder provides two or more plies of the same material.

Increasing flexibility and shortening production schedule, particularly for special formulations.

High throughput.

Reducing operating costs thanks to less power, fewer operating resources and less maintenance.

Use of more favourably priced raw materials instead of finished compounds, lessing capital tied up in materials.

Increasing number of potential raw material suppliers.

Lower production cost.

For this process, OEPL must have similar melt viscosities to sustain a laminar flow. All the viscosity differences may be more or less tolerable, according to the material location inside the composite structure along with the layer’s thinness

Minor differences in physical properties are responsible for making a combination desirable, but these differences are also responsible for making the combination incompatible

Advantages Of Biodegradable Bag Making Machine Manufacturer :-

OEPL According to various internationally established and popular companies that are using the co-extrusion process continuously in their production procedures, there are a number of advantages of this process. Some of these advantages are listed below:

High quality mono-layer extrusion coatings in larger varieties of line speeds and widths

Use of lower cost materials for filling purpose, assists in saving on the amount of qualitative resins

Capability of making multi-layer as well as multi-functional structures that too in a single pass

Reduction in the number of steps required in general extrusion process

Provides targeted performance with the use of definite polymers in particular layers

Eco Friendly Bag Making Machine is defined as the process in which two or more plastic materials are extruded through a single die. In this process, two or more orifices are arranged in such a manner that the conjoint merging and welding of the extrudates takes place and before chilling, a laminar structure forms. In Eco Friendly Bag Making Machine, a separate extruder is used to fed every material to the die but the orifices can be arranged in such a manner that each extruder provides two or more plies of the same material.

Increasing flexibility and shortening production schedule, particularly for special formulations.

High throughput.

Reducing operating costs thanks to less power, fewer operating resources and less maintenance.

Use of more favourably priced raw materials instead of finished compounds, lessing capital tied up in materials.

Increasing number of potential raw material suppliers.

Lower production cost.

For this process, OEPL must have similar melt viscosities to sustain a laminar flow. All the viscosity differences may be more or less tolerable, according to the material location inside the composite structure along with the layer’s thinness

Minor differences in physical properties are responsible for making a combination desirable, but these differences are also responsible for making the combination incompatible

Advantages Of Eco Friendly Bag Making Machine :-

According to various internationally established and popular companies that are using the co-extrusion process continuously in their production procedures, there are a number of advantages of this process. Some of these advantages are listed below:

High quality mono-layer extrusion coatings in larger varieties of line speeds and widths

Use of lower cost materials for filling purpose, assists in saving on the amount of qualitative resins

Capability of making multi-layer as well as multi-functional structures that too in a single pass

Reduction in the number of steps required in general extrusion process

Provides targeted performance with the use of definite polymers in particular layers

Biodegradable Bag Making Machine is defined as the process in which two or more plastic materials are extruded through a single die. In this process, two or more orifices are arranged in such a manner that the conjoint merging and welding of the extrudates takes place and before chilling, a laminar structure forms. In Biodegradable Bag Making Machine, a separate extruder is used to fed every material to the die but the orifices can be arranged in such a manner that each extruder provides two or more plies of the same material.

Feature of Biodegradable Bag Making Machine :-

Biodegradable Bag Making Machine, an excellent solution for maximum cost-effectiveness, provides following benefits:

Increasing flexibility and shortening production schedule, particularly for special formulations.

High throughput.

Reducing operating costs thanks to less power, fewer operating resources and less maintenance.

Use of more favourably priced raw materials instead of finished compounds, lessing capital tied up in materials.

Increasing number of potential raw material suppliers.

Lower production cost.

For this process, OEPL must have similar melt viscosities to sustain a laminar flow. All the viscosity differences may be more or less tolerable, according to the material location inside the composite structure along with the layer’s thinness

Minor differences in physical properties are responsible for making a combination desirable, but these differences are also responsible for making the combination incompatible

Advantages Of Biodegradable Bag Making Machine:-

According to various internationally established and popular companies that are using the co-extrusion process continuously in their production procedures, there are a number of advantages of this process. Some of these advantages are listed below:

High quality mono-layer extrusion coatings in larger varieties of line speeds and widths

Use of lower cost materials for filling purpose, assists in saving on the amount of qualitative resins

Capability of making multi-layer as well as multi-functional structures that too in a single pass

Reduction in the number of steps required in general extrusion process

Provides targeted performance with the use of definite polymers in particular layers

Biodegradable Plastic Bag Making Machine is defined as the process in which two or more plastic materials are extruded through a single die. In this process, two or more orifices are arranged in such a manner that the conjoint merging and welding of the extrudates takes place and before chilling, a laminar structure forms. In Biodegradable Plastic Bag Making Machine, a separate extruder is used to fed every material to the die but the orifices can be arranged in such a manner that each extruder provides two or more plies of the same material.

Increasing flexibility and shortening production schedule, particularly for special formulations.

High throughput.

Reducing operating costs thanks to less power, fewer operating resources and less maintenance.

Use of more favourably priced raw materials instead of finished compounds, lessing capital tied up in materials.

Increasing number of potential raw material suppliers.

Lower production cost.

For this process, OEPL must have similar melt to sustain a laminar flow. All the viscosity differences may be more or less tolerable, according to the material location inside the composite structure along with the layer’s thinness

Minor differences in physical properties are responsible for making a combination desirable, but these differences are also responsible for making the combination incompatible

Advantages Of Biodegradable Plastic Bag Making Machine :-

According to various internationally established and popular companies that are using the co-extrusion process continuously in their production procedures, there are a number of advantages of this process. Some of these advantages are listed below:

High quality mono-layer extrusion coatings in larger varieties of line speeds and widths

Use of lower cost materials for filling purpose, assists in saving on the amount of qualitative resins

Capability of making multi-layer as well as multi-functional structures that too in a single pass

Reduction in the number of steps required in general extrusion process

Provides targeted performance with the use of definite polymers in particular layers

Cast Film Making Machine Manufacturer is the process that allows the Cast Film Making Machine Manufacturer to be stretched before (pre) being applied to a load.

Cast Film Making Machine Manufacturer is a multi-layer stretch film that is made to be thinner and stronger than standard stretch film. This multi-layered stretch film has special characteristics that increase stretch resistance and strengthen load holding for transport. Ultimately, this produces less environmental waste since the operator consumes less material during usage.

The high-performance Cast Film Making Machine Manufacturer brings the benefits of the modern top of the range stretch wrapper to less advanced machines.

Cast Film Making Machine Manufacturer is strong, consistent and stable at a minimum effort of the worker. The cost of consumables is drastically reduced while increasing film coverage.

Cost and Time Effective

50% less film consumption.

Longer length with the same reel weight due to its low thickness.

Less time and effort to wrap a load.

Presents minimum neck down while being applied.

The results are clear of Cast Film Making Machine Manufacturer:

Less film consumption and thus lower packaging and waste disposal costs

More meters per roll for reduced storage space and fewer roll changes during processing

High retention forces for best pallet stability

Standard Sizes Available of Cast Film Making Machine Manufacturer:

Hand Use : 430 – 450 MM x 9 Micron x 500 Meter. 2” Paper Core ID.

Machine Use : 430 – 450 MM x 9 Micron x 1500 Meter. 3” Paper Core ID.

Other Sizes that can be made on request : 150MM, 200MM, 250MM, 300MM, 400MM, 500MM, 550MM.

OEPL technologists who are working closely with film producers around the world to Cast Film Making Machine India technology (cast film lines)., we are always testing new raw materials and improving our machines to meet the ever changing requirements in the market. Apart from extrusion, OEPL is also known to have innovative solutions for various designs of chillroll-units, monoaxial Cast Film Making Machine India units and of course for winding of films.

Stretch Film Making Machine in Ahmedabad is the process that allows the Stretch Film Making Machine in Ahmedabad to be stretched before (pre) being applied to a load.

Stretch Film Making Machine in Ahmedabad is a Stretch Film Making Machine in Ahmedabad that is made to be thinner and stronger than standard stretch film. This Stretch Film Making Machine in Ahmedabad has special characteristics that increase stretch resistance and strengthen load holding for transport. Ultimately, this produces less environmental waste since the operator consumes less material during usage.

The high-performance Stretch Film Making Machine in Ahmedabad India brings the benefits of the modern top of the range stretch wrapper to less advanced machines.

Stretch Film Making Machine in Ahmedabad India is strong, consistent and stable at a minimum effort of the worker. The cost of consumables is drastically reduced while increasing film coverage.

Cost and Time Effective

50% less film consumption.

Longer length with the same reel weight due to its low thickness.

Less time and effort to wrap a load.

Presents minimum neck down while being applied.

The results are clear of Stretch Film Making Machine in Ahmedabad:

Less film consumption and thus lower packaging and waste disposal costs

More meters per roll for reduced storage space and fewer roll changes during processing

High retention forces for best pallet stability

Standard Sizes Available of Stretch Film Making Machine in Ahmedabad:

Hand Use : 430 – 450 MM x 9 Micron x 500 Meter. 2” Paper Core ID.

Machine Use : 430 – 450 MM x 9 Micron x 1500 Meter. 3” Paper Core ID.

Other Sizes that can be made on request : 150MM, 200MM, 250MM, 300MM, 400MM, 500MM, 550MM.

OEPL technologists who are working closely with film producers around the world to Stretch Film Making Machine in Ahmedabad technology (cast film lines)., we are always testing new raw materials and improving our machines to meet the ever changing requirements in the market. Apart from extrusion, OEPL is also known to have innovative solutions for various designs of chillroll-units, monoaxial Stretch Film Making Machine in Ahmedabad units and of course for winding of films.

Cast Film Making Machine India is the process that allows the Cast Film Making Machine India to be stretched before (pre) being applied to a load.

Cast Film Making Machine India is a multi-layer stretch film that is made to be thinner and stronger than standard stretch film. This multi-layered stretch film has special characteristics that increase stretch resistance and strengthen load holding for transport. Ultimately, this produces less environmental waste since the operator consumes less material during usage.

The high-performance Cast Film Making Machine India brings the benefits of the modern top of the range stretch wrapper to less advanced machines.

Cast Film Making Machine India is strong, consistent and stable at a minimum effort of the worker. The cost of consumables is drastically reduced while increasing film coverage.

Cost and Time Effective

50% less film consumption.

Longer length with the same reel weight due to its low thickness.

Less time and effort to wrap a load.

Presents minimum neck down while being applied.

The results are clear of Cast Film Making Machine India:

Less film consumption and thus lower packaging and waste disposal costs

More meters per roll for reduced storage space and fewer roll changes during processing

High retention forces for best pallet stability

Standard Sizes Available of Cast Film Making Machine India:

Hand Use : 430 – 450 MM x 9 Micron x 500 Meter. 2” Paper Core ID.

Machine Use : 430 – 450 MM x 9 Micron x 1500 Meter. 3” Paper Core ID.

Other Sizes that can be made on request : 150MM, 200MM, 250MM, 300MM, 400MM, 500MM, 550MM.

OEPL technologists who are working closely with film producers around the world to Cast Film Making Machine India technology (cast film lines)., we are always testing new raw materials and improving our machines to meet the ever changing requirements in the market. Apart from extrusion, OEPL is also known to have innovative solutions for various designs of chillroll-units, monoaxial Cast Film Making Machine India units and of course for winding of films.

Stretch Film Making Machine is the process that allows the Stretch Film Making Machine to be stretched before (pre) being applied to a load.

Stretch Film Making Machine is a multi-layer stretch film that is made to be thinner and stronger than standard stretch film. This multi-layered stretch film has special characteristics that increase stretch resistance and strengthen load holding for transport. Ultimately, this produces less environmental waste since the operator consumes less material during usage.

The high-performance Stretch Film Making Machine brings the benefits of the modern top of the range stretch wrapper to less advanced machines.

Stretch Film Making Machine is strong, consistent and stable at a minimum effort of the worker. The cost of consumables is drastically reduced while increasing film coverage.

Cost and Time Effective

50% less film consumption.

Longer length with the same reel weight due to its low thickness.

Less time and effort to wrap a load.

Presents minimum neck down while being applied.

The results are clear of Stretch Film Making Machine:

Less film consumption and thus lower packaging and waste disposal costs

More meters per roll for reduced storage space and fewer roll changes during processing

High retention forces for best pallet stability

Standard Sizes Available of Stretch Film Making Machine:

Hand Use : 430 – 450 MM x 9 Micron x 500 Meter. 2” Paper Core ID.

Machine Use : 430 – 450 MM x 9 Micron x 1500 Meter. 3” Paper Core ID.

Other Sizes that can be made on request : 150MM, 200MM, 250MM, 300MM, 400MM, 500MM, 550MM.

OEPL technologists who are working closely with film producers around the world to Stretch Film Making Machine technology (cast film lines)., we are always testing new raw materials and improving our machines to meet the ever changing requirements in the market. Apart from extrusion, OEPL is also known to have innovative solutions for various designs of chillroll-units, monoaxial Cast Film Making Machine India units and of course for winding of films.

Cast Film Making Machine India is the process that allows the Cast Film Making Machine India to be stretched before (pre) being applied to a load.

Cast Film Making Machine India is a multi-layer stretch film that is made to be thinner and stronger than standard stretch film. This multi-layered stretch film has special characteristics that increase stretch resistance and strengthen load holding for transport. Ultimately, this produces less environmental waste since the operator consumes less material during usage.

The high-performance Cast Film Making Machine India brings the benefits of the modern top of the range stretch wrapper to less advanced machines.

Cast Film Making Machine India is strong, consistent and stable at a minimum effort of the worker. The cost of consumables is drastically reduced while increasing film coverage.

Cost and Time Effective

50% less film consumption.

Longer length with the same reel weight due to its low thickness.

Less time and effort to wrap a load.

Presents minimum neck down while being applied.

The results are clear of Cast Film Making Machine India:

Less film consumption and thus lower packaging and waste disposal costs

More meters per roll for reduced storage space and fewer roll changes during processing

High retention forces for best pallet stability

Standard Sizes Available of Cast Film Making Machine India:

Hand Use : 430 – 450 MM x 9 Micron x 500 Meter. 2” Paper Core ID.

Machine Use : 430 – 450 MM x 9 Micron x 1500 Meter. 3” Paper Core ID.

Other Sizes that can be made on request : 150MM, 200MM, 250MM, 300MM, 400MM, 500MM, 550MM.

OEPL technologists who are working closely with film producers around the world to Cast Film Making Machine India technology (cast film lines)., we are always testing new raw materials and improving our machines to meet the ever changing requirements in the market. Apart from extrusion, OEPL is also known to have innovative solutions for various designs of chillroll-units, monoaxial Cast Film Making Machine India units and of course for winding of films.

Cast Film Making Machine is the process that allows the stretch film to be stretched before (pre) being applied to a load.

Cast Film Making Machine is a multi-layer stretch film that is made to be thinner and stronger than standard stretch film. This multi-layered stretch film has special characteristics that increase stretch resistance and strengthen load holding for transport. Ultimately, this produces less environmental waste since the operator consumes less material during usage.

The high-performance Cast Film Making Machine brings the benefits of the modern top of the range stretch wrapper to less advanced machines.

Cast Film Making Machine is strong, consistent and stable at a minimum effort of the worker. The cost of consumables is drastically reduced while increasing film coverage.

Cost and Time Effective

50% less film consumption.

Longer length with the same reel weight due to its low thickness.

Less time and effort to wrap a load.

Presents minimum neck down while being applied.

The results are clear:

Less film consumption and thus lower packaging and waste disposal costs

More meters per roll for reduced storage space and fewer roll changes during processing

High retention forces for best pallet stability

Standard Sizes Available :

Hand Use : 430 – 450 MM x 9 Micron x 500 Meter. 2” Paper Core ID.

Machine Use : 430 – 450 MM x 9 Micron x 1500 Meter. 3” Paper Core ID.

Other Sizes that can be made on request : 150MM, 200MM, 250MM, 300MM, 400MM, 500MM, 550MM.

OEPL technologists who are working closely with film producers around the world to the cast film technology (cast film lines)., we are always testing new raw materials and improving our machines to meet the ever changing requirements in the market. Apart from extrusion, OEPL is also known to have innovative solutions for various designs of chillroll-units, Cast Film Making Machine units and of course for winding of films.

Co-extrusion is a process of extruding a multi-layer structure with two or more type of resins without premixed through one die simultaneously, so that all the different resins come together as a single proportionally assigned integral structure Through a feedblock, each layer is carefully calculated; assigned and extruded through one single T-die

The advantages of barrier coextrusion are to obtain a multilayer material in one operation and to use only a thin layer of expensive barrier material coextruded with cheaper supports and dry adhesives. In most of cases, expensive adhesive will be used in bonding no-porous material with minimum volume to achieve sufficient bonding strength.

The first is just the most used in the Industry with Single Extruder and Single Die Which comes with a Turn Bar Attachment for both side lamination for Raffia(Woven Sack) or Rice bags which is designed for Laminating of Printed Bopp Rolls to sandwich on PP or HDPE make bags . Apart from rice bags it is used for Fertilizer bags , Cement bags , etc , similar way the Tandem and Multiple Extruder and Die Machine has Capability to run the same Applications as mentioned however the Production Capacity and Waste certainly differs than Normal Single Extruder and Single Die Lamination Plant . There are certain Applications in Extrusion Coating where in it just requires Coating of thin layer of LDPE or PP like Tarapaulin , Paper , Metalize Film .

Extrusions Coating Lamination Machine Manufacturer is a process of Extrusions Coating Lamination Machine Manufacturer structure with two or more type of resins without premixed through one die simultaneously, so that all the different resins come together as a single proportionally assigned integral structure Through a feedblock, each layer is carefully calculated; assigned and extruded through one single T-die.

The advantages of barrier Extrusions Coating Lamination Machine Manufacturer are to obtain a Extrusions Coating Lamination Machine Manufacturer material in one operation and to use only a thin layer of expensive barrier material Extrusions Coating Lamination Machine Manufacturer with cheaper supports and dry adhesives. In most of cases, expensive adhesive will be used in bonding no-porous material with minimum volume to achieve sufficient bonding strength.

The first is just the most used in the Industry with Extrusions Coating Lamination Machine Manufacturer Which comes with a Turn Bar Attachment for both side lamination for Raffia(Woven Sack) or Rice bags which is designed for Laminating of Printed Bopp Rolls to sandwich on PP or HDPE make bags . Apart from rice bags it is used for Fertilizer bags , Cement bags , etc , similar way the Tandem and Extrusions Coating Lamination Machine Manufacturer and Die Machine has Capability to run the same Applications as mentioned however the Production Capacity and Waste certainly differs than Extrusions Coating Lamination Machine Manufacturer. There are certain Applications in Extrusions Coating Lamination Machine Manufacturer where in it just requires Coating of thin layer of LDPE or PP like Tarapaulin , Paper , Metalize Film .

Extrusions Coating Lamination Machine is a process of extruding a Extrusions Coating Lamination Machine with two or more type of resins without premixed through one die simultaneously, so that all the different resins come together as a single proportionally assigned integral structure Through a feedblock, each layer is carefully calculated; assigned and extruded through one single T-die.

The advantages of barrier Extrusions Coating Lamination Machine are to obtain a Extrusions Coating Lamination Machine material in one operation and to use only a thin layer of expensive barrier material Extrusions Coating Lamination Machine with cheaper supports and dry adhesives. In most of cases, expensive adhesive will be used in bonding no-porous material with minimum volume to achieve sufficient bonding strength.

The first is just the most used in the Industry with Extrusions Coating Lamination Machine Which comes with a Turn Bar Attachment for both side lamination for Raffia(Woven Sack) or Rice bags which is designed for Laminating of Printed Bopp Rolls to sandwich on PP or HDPE make bags . Apart from rice bags it is used for Fertilizer bags , Cement bags , etc , similar way the Tandem and Extrusions Coating Lamination Machine and Die Machine has Capability to run the same Applications as mentioned however the Production Capacity and Waste certainly differs than Extrusions Coating Lamination Machine. There are certain Applications in Extrusions Coating Lamination Machine where in it just requires Coating of thin layer of LDPE or PP like Tarapaulin , Paper , Metalize Film.

Multilayer
OEPL has been catering to the rapidly growing needs of the flexible packaging industry. With the objective of meeting the new challenges faced by the OEPL for improved film properties and cost optimizations, OEPL has been in the forefront of introducing Multilayer Blown Film Plant with latest technology like Internal Bubble Cooling (), Oscillating Haul-off and Advanced Winding Solutions.
OEPL’s power efficient, high speed Multilayer Blown Film Plant gives the advantages of lower conversion costs, high outputs and excellent film quality, providing processors the competitive edge and quick return on their investment.
Multilayer Blown Film Plant are equipped with advanced CAD Design dies to ensure uniform flow distribution, excellent melt characteristics and film quality.
A crucial Internal Bubble Cooling () mechanism facilitates higher output, optimum thickness randomisation of minimum conversion cost.
A special Air Cooling Ring enhances optical and mechanical properties of film and output.
A state of the art Oscillating Haul-off Unit provides Excellent Gauge Randomization, Improved Roll Geometry and Film Quality. The film winders provide superb quality rolls for tension sensitive films.
The Film line assembly is backed up by Computer Integrated Control Systems to achieve stage by stage production management and product quality control.